Tell You the Separation Principles of Decanter Centrifuge?

The use of a mixture of light having different densities and miscibility, heavy liquid and solid phase, obtained settling velocity of different principles in a gravitational field or a Centrifugal Decanter force field, the liquid reaches decontamination or separation of solid particles settling purposes.Mixture in the gravitational field or Centrifugal Decanter force field, with different densities and miscibility light and heavy liquid and solid phases, respectively different settling velocity, thereby Centrifugal Decanter is separating the layers. Called gravity separation in the gravitational field, called centrifuged Centrifugal Decanter field.

3.1 gravity separation

Since a mixture of different densities, the mixed solution container over time gradually divided into two-story, a mixture of heavy phase particles sink to the bottom of the container, and the light phase floating on the surface, forming a between the light and Mud Mixers is heavy phase clearer interface. The severity of Mud Tank Degasser phase separation by density difference of the speed on the composition of the Mud Mixers solution, the greater the density difference, the faster the separation.

3.2 centralization

When the vessel containing the mixture around the axis of their own high-speed rotation, due to the different composition of the two-phase mixture densities, so they do not suffer the same centrifugal force, the heavy phase Mud Mixers being larger effect of centrifugal force, settle rapidly to the inner wall of the drum, while the light phase of Gas Liquid Separator is re-attached to the slower phase surface, the faster the rotation the container, consisting of a mixture of light and heavy phase suffered greater the difference in c force, the faster the separation when the container is provided with a Solids Control Companies of feed pusher, a liquid and other devices, this container will become centrifuges, gravity separation, compared it with an efficient, fast, continuous and...